Uses ILSP NLP tools to process Greek texts. Input is either plain text or an XCES document with text segmented in paragraphs. The service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. The output by default is an XCES document. Standoff alternatives include UIMA and GATE files. For more documentation and ways to cite this work please visit http://goo.gl/1voev1 .

This service uses ILSP NLP tools to syntactically analyze Greek texts and to generate representations compatible to the Universal Dependencies schema. The input is plain text. The service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. Then it parses sentences into dependency trees using a dependency parser trained on the Greek Dependency Treebank. The output by default is a CoNLL 2007 document. Another output option is xml files that can be viewed and edited on the TrEd tree editor. A final althernative is UIMA Standoff files. For more documentation and ways to cite this work please visit http://gdt.ilsp.gr and http://www.aclweb.org/anthology/W17-0413.pdf .

This service can be used for testing the ILSP Focused Crawler as a bilingual crawler that identifies and sentence aligns pairs of web pages that are translations of each other. The output is an html page with all aligned sentences discovered from a specific website. Please notice that this service allows for very limited crawls that may be enough for small websites but will probably not produce expected results on larger ones. This means that if you are interested in using ILSP-FC to create language resources from large websites you should download ILSP-FC and run it on your own resources. For more details please consult http://nlp.ilsp.gr/redmine/projects/ilsp-fc/ .

This service uses ILSP NLP tools to recognize chunks in Greek texts. The input is plain text. The pipeline behind the service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. It then recognizes chunks based on a grammar compiled into FSTs. The output is a GATE XML document. For more documentation and ways to cite this work please read http://goo.gl/6ozYut .

This service uses ILSP NLP tools to syntactically analyze Greek texts. The input is plain text. The service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. Then it parses sentences into dependency trees using a dependency parser trained on the Greek Dependency Treebank. The output by default is a CoNLL 2007 document. Another output option is xml files that can be viewed and edited on the TrEd tree editor. A final althernative is UIMA Standoff files. For more documentation and ways to cite this work please visit http://gdt.ilsp.gr and http://goo.gl/gFwxw4 .

This service uses ILSP NLP tools to recognize named entities terms and chunks in Greek texts. The input is plain text. The service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. The output is a GATE XML document. For more documentation and ways to cite this work please visit http://goo.gl/x1vnxk http://goo.gl/6ozYut and http://goo.gl/R2HXa6.

This service uses ILSP NLP tools to recognize named entities in Greek texts. The input is plain text. The service detects paragraph sentence and token boundaries and generates POS and lemma annotations for each token. Then it recognizes NEs based on an approach described in http://goo.gl/R2HXa6. The output is a Gate XML document.